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Xu Li

Xu Li (front left), Bing Wang (front right), Shannon Bartelt-Hunt (back left) and Yusong Li (back right) collect and examine water samples from the Elkhorn River near Waterloo, Nebraska.

Husker experts lead effort aimed at antimicrobial resistance in environment

October 3, 2024

Agriculture & Environment

Science & Technology

Visitors examine Mel Chin's "Revival Field Plant and Field Study," one of two student-selected works on display in the museum.

Cross-disciplinary talk to explore new Sheldon artworks

March 21, 2022

Manhole

COVID-68512: Sampling wastewater at ZIP code scale may help isolate hotspots

September 3, 2021

Science & Technology

A rendering of an infrared laser striking a flame. Husker researchers have shown how a laser can modify chemical reactions taking place within a flame, allowing them to coat materials with performance-enhancing chemicals while avoiding an unwanted side effect that complicates the construction of semiconductors and other microelectronic components.

Lasers and flames: Technique could refine performance of high-tech materials

April 23, 2021

Science & Technology

Buffer could limit environmental spread of antibiotic resistance

September 7, 2020

Agriculture & Environment

Science & Technology

Team detects antibiotics in Nebraska watersheds

September 3, 2020

Lincoln's Water Resource Recovery Facilities

Nebraska researchers partner with Lincoln Wastewater for early virus detection

July 10, 2020

Agriculture & Environment

Science & Technology

Xu Li, assistant professor of civil engineering, recently received a five-year, $400,000 Faculty Early Career Development Program Award from the National Science Foundation.

NSF award aids Li's antibiotic resistance research

January 29, 2014